One System-Every State

Reply #7

GASMETERGUY — Wed, 19 Jul 2006 15:58:51 GMT

I believe the answer has been given. The balls are produced to exacting standards. Therefore they (the balls) should all be as uniform as humanly possible. There is no issue with differences in balls from state to state.

It was a good question, tho, and needed answering. I'm glad someone thought to ask.

Reply #6

Rip Snorter — Tue, 18 Jul 2006 22:40:15 GMT

If he's testing it on all states there ought to be an answer shortly.

Might be a lot less emphasis on ball characteristics if it turns out to work.

Jack

Reply #5

GASMETERGUY — Tue, 18 Jul 2006 18:38:04 GMT

Pumpi76, in the Discussion section, brings up a good point about ball size. There are questions. Until there are answers, I am wondering if it is possible to find a system that covers all states.

Reply #4

payne — Tue, 18 Jul 2006 15:08:33 GMT

Great looking forward to it.

Reply #3

CSenior — Tue, 18 Jul 2006 01:40:43 GMT

I look forward to making my red black! Thanks

Reply #2

emilyg — Mon, 17 Jul 2006 23:32:38 GMT

look forward to it

Reply #1

cps10 — Mon, 17 Jul 2006 20:30:16 GMT

Thanks for your post! I look forward to seeing if the P4 Code can be broken.

One System-Every State

Fibonacci — Mon, 17 Jul 2006 20:18:53 GMT

Is it really possible? One system, few numbers and it covers every state. No more crunching reams of data from each state. No more comparting draws for multiple states to look for a needle in a haystack.

Yes MOALS is almost here. I am working on it feverishly. I am again testing some features and have posted today's test in the Pick 4 forum.

The system works as follows:

1. There is a primary pair that travels cognito or incoginto across several states. This changes at the rate of nearly... [ More ]